<p>(A) Ribbon diagram of the lowest energy structure of Anal 3-Pro. (B) Superpositions of the 20 lowest energy structures calculated from the NMR data using the backbone atoms of residues 9–18.</p
Ribonucleic acid (RNA) is ubiquitous to all organisms and a molecule that essential to all life form...
In this molecular graph we illustrate the resemblance between the tertiary structure of (a) the cand...
We report a preliminary study of the use of mean-force potentials (MFPs) for predicting protein tert...
<p>(A) Superposition of backbone atoms (N, Cα, C′) of twenty lowest energy conformers of the α4 CT f...
a<p>These values are for 25 lowest energy structures out of 50 structures.</p>b<p>Only secondary str...
AbstractSecondary structure prediction parameters and optimised decision constants for use with the ...
<p>A) Superposition of the 20 structures with lowest total energy. (B) Ribbon presentation of the ba...
<p>(A) Ensemble of the 50 lowest energy structures (out of 100 calculated) of wt p15HPpep with the C...
Introduction The prediction of protein three dimensional structure from sequence alone with accurac...
The ability to identify tertiary protein structure based on a known sequence can provide avenues int...
Proteins are composed of linear chains of amino acids that form a unique three-dimensional structure...
<p>(A) Ensemble of the 20 lowest-energy CYANA conformers, superimposed on the backbone atoms of the ...
<p><b>A.</b> Secondary structure showing 4 alpha helixes and 7 beta sheets. <b>B.</b> Predicted tert...
AbstractThe secondary structure prediction algorithm of Garnier et al. [(1978) J. Mol. Biol. 120, 97...
The automated protein structure analysis (APSA) has been developed that describes protein structure ...
Ribonucleic acid (RNA) is ubiquitous to all organisms and a molecule that essential to all life form...
In this molecular graph we illustrate the resemblance between the tertiary structure of (a) the cand...
We report a preliminary study of the use of mean-force potentials (MFPs) for predicting protein tert...
<p>(A) Superposition of backbone atoms (N, Cα, C′) of twenty lowest energy conformers of the α4 CT f...
a<p>These values are for 25 lowest energy structures out of 50 structures.</p>b<p>Only secondary str...
AbstractSecondary structure prediction parameters and optimised decision constants for use with the ...
<p>A) Superposition of the 20 structures with lowest total energy. (B) Ribbon presentation of the ba...
<p>(A) Ensemble of the 50 lowest energy structures (out of 100 calculated) of wt p15HPpep with the C...
Introduction The prediction of protein three dimensional structure from sequence alone with accurac...
The ability to identify tertiary protein structure based on a known sequence can provide avenues int...
Proteins are composed of linear chains of amino acids that form a unique three-dimensional structure...
<p>(A) Ensemble of the 20 lowest-energy CYANA conformers, superimposed on the backbone atoms of the ...
<p><b>A.</b> Secondary structure showing 4 alpha helixes and 7 beta sheets. <b>B.</b> Predicted tert...
AbstractThe secondary structure prediction algorithm of Garnier et al. [(1978) J. Mol. Biol. 120, 97...
The automated protein structure analysis (APSA) has been developed that describes protein structure ...
Ribonucleic acid (RNA) is ubiquitous to all organisms and a molecule that essential to all life form...
In this molecular graph we illustrate the resemblance between the tertiary structure of (a) the cand...
We report a preliminary study of the use of mean-force potentials (MFPs) for predicting protein tert...
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